Linotype-machine.



' W. RAPP.

LINOTYPE M AGHINE. v

APPLIoATloN FILED MAR. 24.1909.

Patented Aug'. 31, 1909.

2 SHEETS-SHEET 2.

anemia:

. WILLIAM n. nur, or PHILADELPHIA, rnnNsrLvAmA. 1

LrNoTYrE-MACHNE.

Specification ofLetters Patent.l d Patented Allg- 31, 1909.

' "eppneaaonmeanarcnai,190m serianofeaasv.

To all whom it may concern: t i are forced against the end of the line of ma- Be it known that 1,-WILL1AM M. Barr, a trices, and the tattermove bodily to the 'left 'citizen of the UnitedStates, residing at Philto make room for incomingl matrices at -thc i adelphia, in the county of,` Philadelphia and right hand :endof thezfline adjacent to the 60 5 Stateof Pennsylvania, have invented certain star'Wheel. """4' j new and useful..ImprovementsA in Linotype'- A plate 7 is adapted to' be secured to the Machines, of which the following is a speelfiframe Work of thefniachine in any desired cation. Y v n l manner, and provides'a bearing for a shaft My invention relates to improvements in 8 0in-'the orWardend-,ofwhich an indicator- 65 10 linotype machines, and more particularly vto 9 is secured, anda larger indicator disk 10 an improved assembler slide, in combination is loose on the shaft 8, and is recessed to with an improved indicator for indicating countersink the smaller. disk 9 Within. the at alltimes the exact length of the line of same, andfboth of said" disks registervvith a matrices set up, and capable of a Wide range pointer l1, fixed on the plate 7 and .common 70 of adjustment for varying'lengths of lines. to both disks. y V A. further objectls to providean improved The largev dial .10 loose on shaft 8 is seindicator, .which Will indicate the, exact cured to a hub. extension 13,y on one side of measurements in picas and points, lso that a large "gear Wheel 14:, the latter in mesh -the operator lcan tell at a glance just how with a line o f gear teeth'15. on the assembler 75 -long the line of matrices is that he has set slide or bar 4, so that'the movement of the up, and can' determine exactly the size of assembler slide will turn the dial, as will spaces in hand justifying. -be 'readily understood. This gear Wheel 14 A- further object is to provide improveis inmesh with a small pinion 16 to a short l, ments of this character, which can be readily' shaft 17 projecting through the plate 7 and 80 25 attached to an ordinary linotype machine, and having a large gear Wheel18 secured on sneh'as in ordinary use, and-- which will not its inner end in mesh with a small pinion :only indicate the length of the linelof ma- 19 fixed to shaft 8, so that when gear 14' 4trices, but Will also serve to returnthe bar to .and dial 10 are turned, such motion will be a starting position when the brakeyis rel- A transmitted through the gears 16, 18 and 19', 85 leased. f t?. f. to turn shaft 8 and dial 9, an appreciably' With these and other objects 'in view, the greater distance than the dial 10 is turned, invention consists in certain novelrfeatures for a purpose which will hereinafter appear. of construction,v and combinations and ar As is Well known, lines of matrices are rangements ofl parts as Will bemore fullymeasured in picas endpoints. The dial l() 90 hereinafter described andpointed out in the is divided into thirty equal parts, each part claims. j I containing an indicating point and a num- In the accompanying drawings, Figure l, leral 4in accordance with the distance said ,is a front elevation illustrating the ,assent mark is from the fixed marker-11, when the bling mechanism of an ordinary. linotype dialisin normal position,and said distances 95 machine with my improved indicator `and are preferably subdivided as shown. These as. embler bar, and With certain'of the parts distances lcorrespond each to a distance of broken avvayto more 'clearly illustrate -.the movement of the assembler slide to accom# application of my improvements. F1g..2, is modate a matrix of one pica in thickness.

a View in vertical section ,through the indi- In other Words, this dial Will be moved by 10G 15 cat or and'slide. Fig. 3, is a view of the inthe assembler bar, so that a glance at the dicator operating gear, and Figs. 4, 5 and 6, same will indicate in picas and half picas are views similar to Figs.` 1, 2 and -3,. but' the length ofthe assembled line. To further illustrating a modified construction. divide the distance of movement of the as- 1 Vrepresents the frame of the machine, or sembler bar, the dial-9 is provided` which 105 rather that portion of the same at the point indicates in points, the distances of moveof assembling the line of matrices. fr 7 ment.

Q is the ordinary traveling belt foi-Icom Byvreasonof the gearing above described, veying the matrices 3 on to the assembler s the dial 9 Willbe given .a complete revoluv bar 4, and against the finger 5, and Gis an' tionwhen the dial 10' moves a distance of,11o

ordinary star wheel infront of which the ,one-'pica Thisdial 9 is divided into twelvematrices are delivered, `an'eil bywhichgthey equal ,parte containingy numerals from 1 to l 11, with a ci her at an intermediate point s a glance the exact measurement of the lii'ie down to liali: of a point. In other words, the movement of the assemblerV slide, by reason of the assembling'line of matrices, will com? -pel the dials y9 and 10 to turn, so that a glance at them will show theexact measurementvof the line in picas and points, which is of great advantage in the use of a machine of this type, as for instance, in hand justifying, as it will demonstrate the exact size y np a line of any given length, I have pro-l of spaces to be used, and will also be'of great vservice in setting up particularwork, when it is desired to know exactly wherethe ditto and. similar marks are to be placed in ordinary printing.

In order to set the indicator, so as to set vided an adjustable stop 20, which is pivotally supported on the shaft 8, and provided with a ingeroperating detent or catch 21, to engage the teeth of gear 14 and lock the stopl at any adjustment. For instance, when this stop is placed on any of the points of the dial 10, it will, first, just before reacliin the pointer 1l, trip a bell lever 22 to sound a bell and will shortly afterward strike the pointer 11 and stop further movement 'ci' the 'assembler bar, thus allowing the oper-4 ator to set the indicator to set up lines of .any desired length, and capable of course of Wide range of variation.

A convolute spring 24 is connected' with the hub extension 13 of gear 14 and with the plate 7, so that when the assembler lslide or bar 4 is' freed` the spring will return the dials and bar to their former positions," that against the star. wheel 6, causes the star' wheel to wear slightly, and hence the measurement on the dial would not be accurate unless the finger were adjustable to compensate for this wear.

l have illustrated one form of an adjustable mounting iterl the linger 5, which con-l ssts of a screw 25 mounted to turn in the end of slide 4, and passing through a threaded.oj'iening 26 in the finger, so'that when the screw 25 is turned, the linger will lie moved longitudinally of the slide 4 and a lock nut 27 is provided to lock the finger 5 against accidental movement.-

As a brake lor the innvement ot the slide 4,1 have prm'flded a lever 28 pivotally snpvported at. one rnd as shown, and in the path otmovement et a strip arm or lever 29, the latter shown broken away but is such as ordinarilyuaed on a machine of this style,

fand is pi'voed betwt'een 'its ends and adapted an ordinary machine, and supports the dials to be struck' by the elevator not shown, when' lthe line of matrices are elevated, so as to a guide collar or bracket on the frame, so

as to press the brake'shoe against the slide 4, and by means of the nut 34, permitrof variations in the tension of the spring, and` consequent frictional engagement of the brake shoe with the slide. Figs. 4, 5 and 6, are views illustrating a modified construction, which requires 'practically no change in the machine as now in general use, but is merely an` attachment for such a-machine and can be placed on them' without alteration. In this formI provide a frame 36, which is secured to the frame oi" as above. explained, andthis frame 36 is provided with rollers 37, on which a rack bar 38 is mounted. A hinged bracket 3'9 connects the rack bar 38 with the assembler slide 4, and.this connection may be made in various ways, a screw 40 is shown for the purpose. 'In this modified construction, while the operation is similar to that above described, there is no necessity for any bell, or spring to return the assembler slide, as the bell and spring on the ordinary machine will be utilized, and I have used the same reference characters to indicate the same 'partson the modified and preferred forms.

Various slight changesmight .be made in the general -form and arrangement vof parts ldescribed without departing from my invention, and hence I do not restrict myself to theprecise details set ,ortln but consider myself at libertyto make such changes and alterations as `fairly fall within the spirit and scope of the claims.

Having thus described my invention what .I claim as new and desire to secure by L'etters Patent is:

1. In combination with an assembler slide, of an indicator .forvrecordin' in picas the .movement of the assembler s ide, a second indicator for recording the movement of the oints, and mechanism assembler slide in` connecting saidin icators with the slide, whereby said indicators are simultaneously operated by the movement of .the slide..

2. In combination with an assembler slide,

of a rotary dial for. indicating in picas the movement of theslide, a second rotary dial for indicating in 4points the movement of the slide, and mechanism connecting the slide with lsaid/ dials, whereby said dials Vare simultaneously turned when the slide is i25` moved. l

3. In combination with an assembler slide, and a toothed rack on said slide, of an indicator for recordiig in picas the movement f'the assembler sli e, a second indicator for 130 recording in 'points the movement of said `assemblershde7 and gearing between said rack on the slide and said indicators, whereby said indicators 'are simultaneously op'` erated by the movement of the slide.

4. In combination with an assembler slide,

'and a toothed rack on said slide, of a'rotary dial for recording in picas the movement of the slide, a second rotary dial for recording in points the movement of the slide, and

gearing between said toothed rack on thev slide and said dials, whereby said dials are l simultaneously turned as the slide moves.

5. In combinationwith an assembler slide, of an indicator, indicating marks on said indicator to register the distance of movement of the-slide in picas, a second indicator subdivided into twelve equal parts, andl gearing between said slide andfindicators, whereby said indicators are operatedsimultaneously withthe movement of the slide,

and the last mentioned -indicator records a' complete revolution at every movement ofv the first mentioned indicator a -distance of one pica.

G. In combination with an assembler slide, of 'a rotary dial having marks vthereon to indicate in picas the distance of movement of the slide, a second rotary dial divided into twelve equal parts to record in points the distance of movement of the slide, and

gearing between said slide and said dials, whereby both dials are turned simultaneously with the movement of the slide, and the last mentioned dial is given a complete revolution when the irst'mentioned dial moves a distance of one pica.

7. In combination with a linotype machine, of an assembler slide, a rotary dial constructed and adapted to be revolved by the movement of said slide, a second dial, means for revolving the second dial faster than the first mentioned dial, whereby said l'irst'mentioned dial willindicate Ain picas, and the last mentioned dial in `points vthe movement of said slide.

8. In combination with a linotype machine and an assembler slide, ot a'dial, a'ixed pointer registering with' the dial, ay gear wheel connected with the dial rack teeth on -tlie slide meshing with said gear, a second dial and means for transmitting motion .from

said gear to said second dial, whereby the i turn inthe recessedface of said irst mentioned dial, aJ gear'on'said rst mentioned dial, raclcteeth on .the slide meshing with said gear, a chain o-.gea'ring connecting said iirst' mentioned gear with the smaller dial, wherebythe smaller. dial is turned a completerevo1ution.

10. In combination with a linotype machine and an assembler slide, of an indicator, means connecting said indicator and slide, whereby the indicator is caused to record the movement of the slide, and a spring adapteiil to turn said indicator and return the same and the slide tonormal position.

' 11. In. combination with alinotype machine and an assembler slide, of two indicating dials, one dial` subdivided to indicatel pica'measuremen ts, the other dial subdivided to indicate point measurements, andmechanism for transmitting motion yfrom said assembler slide to said indicators, whereby the point dial will be turned a completerevolutlon at every movement of the pica dial a distance of one pica.

12. In. combination with a linotype machine and an assembler slide, of a rotary dial, atixed pointer registering with said dial, and an adjustable stop engaging said dial and adapted to strike said pointer and limit the turning movementof said dial. 13. In combinationv with a linotype machine and an assembler slide, of a rotary dial, a iiXed pointer, means for transmitting motion from said slide to said dial, a bell, and an adjustable stop adapted to sound said bell vand strike said pointer to stop the movement `eating the lengt'lrof movement of said slide.

and an adjustable matrix engaging linger on said slide.

15. In combination with a linotypc-ma chine and an assembler bar, a rotary indicator constructed and adaptedto record the movement of said bar, a pivoted 'lcv-er. a rod on said lever, abrakeshoe on said rod engaging ythe under face of said bar, a spring on said rod pressing the said shoe against the bar, means for adjusting the tension of said spring, and means for moving the lever to release the bar.

In testimony whereof I have signed my name to Vthis specication in the presence of two subscribing witnesses.

l lWILLIAM MfRArr. VVitnes es:

S. FosrER, J. A. L. MULHALL. 

